State of the Art Explosives Detection    TECHNOLOGIES 

 

SPINOTRON tech           MAGNOTRON tech        W.M.T.S. tech     D.R.A.M.S. EWS  tech

 

          

‘’SPINOTRON TECHNOLOGY ‘’

At ENDR series models the primary SPINOTRON system ‘engine’ creates a specific magnetic field that interacting with an energy field produced by a

secondary engine  inside ENDR system. Those two fields interferes between them and a sensor. This sensor is pre tuned as to magnetic tuning to a

 distinguishable material structure (explosive, ammunition, drugs, humans, under ground vacuum, etc) we want to tuned with (to detect), called

‘target’.  Those modulated magnetic fields interferes with other environmental present magnetic fields, creating the necessary conditions for

interaction with the target. As an electron-vibration activity happening on the target (Magnetic tuned phenomenon).

Detection is achieved as the result of an ATTRACTION that appears between the ENDR Magnetic Tuned Receptor  sub system and the target*.

Product: www.3levelsecurity.com/ENDR.html       tech: www.academia.edu/34932691/SPINOTRON_MTR_Technology_for_material_detection

 

                   

 

“MAGNOTRON TECHNOLOGY” 

The MAGNOTRON system ‘Engine’ creates a specific magnetic field that modulated by a Magnetic Tuned Receptor sub system which contains a sensor which

 sensor is pre tuned as to magnetic tuned to a distinguishable  material structure we want to detect, called ‘target’ (explosive, ammunition, drugs, humans,

under ground vacuum, etc).  The modulated magnetic field interferes with other environmental present magnetic fields, creating the necessary conditions

for interaction with the target. As an electron-vibration activity happening on the target (Magnetic tuned phenomenon) detection is achieved as the result

of an ATTRACTION that appears between the MAGNOTRON Magnetic Tuned Receptor (or antenna) and the target*.

     Products: www.3levelsecurity.com/magnotron.html                   

 

        

WMTS TECHNOLOGY”

The WMTS detector and locator Engine (1) creates a specific electromagnetic field (EMF) emitted from the device antennas. This primary magnetic

 field interferes with other environmental present EMF’s and creates the necessary conditions for interaction which appears between the WMTS system

 and the target ( the pre tuned distinguishable material structure we want to detect). As an electron-vibration activity happening on the target

(Magnetic tuned phenomenon) detection is achieved as the result of an ATTRACTION that appears between the WMTS system antennas and the target*.  

 Product:  http://www.3levelsecurity.com/wmts.html    

tech:www.academia.edu/8349121/Magnetic_tune_NQR_tech_used_for_explosives_detection

 

 

”D.R.A.M.S. EWS’’ Technology

D.R.A.M.S. Early Warning System (Detection and Recording Automatically by a Magnetic tuned System) is a method and system to  locate a target and represent its                                                                                             

location on a  Geographical Information System environment. D.R.A.M.S. EWS is a fully C4ISR system, giving the ability to remotely control and monitoring targets in real time

www.3levelsecurity.com/drams.html

 (*) In case of explosives and ammunition this EMF energizes mostly Nitrogen based explosives containing N (ions NO2, NO3) and  O- (oxygen negative ion).

Until March 2018 over  5180 scientists read about S.A.E.D. technologies at ACADEMIA EDU SCIENTIFIC WEB  SITE

  

PROTECTING  CAIRO POWER STATIONS PLAN           

 

UNDERWATER SUBMARINES DETECTION IN DEPTH FROM VERY LONG DISTANCE

 

UNDERGROUND IN DEPTH BUNKERS DETECTION  FROM VERY LONG DISTANCE                      

Explosives Detection in Military Operations      'PROTECT'  or  'CLEAN'   a huge area from explosives

 

IED & UXO detection & INSPECTION OPERATIONS             ON FOOT PATROL PROTECTION at MILITARY OPERATIONS

Convoy protection            Airports and public stations protection

 

 

 

 

 

 

 

 

 

 




© 3 level security bulgaria LTD 
All logos and trademarks in this site are property of their respective owner.